FERO Thermal Heavy-Duty Holed Rap-Tie™
FERO THERMAL HEAVY-DUTY HOLED RAP-TIE’s are designed to transfer lateral loads from the exterior masonry veneer to the structural backing with one fastener. The L-shaped, 16-gauge steel plate of the tie is fastened to the surface of the structural backing. Holes sit along the far end of the plate, and the V-Tie is inserted into the corresponding hole, providing a constant connection of the veneer wall to the structural backing without any risk of veneer disengagement. By using multiple fasteners, both shear and axial forces can be resisted and the entire wall assembly functions as a whole. The wall thickness (including the veneer and structural backing) work to limit lateral load, offering reduced lateral deflections and increased resistance.
ALL FERO PRODUCTS include complete documentation with descriptions, technical illustrations and images. Installation requirements and methods are clearly detailed.
Benefits of FERO Thermal Heavy-Duty Holed Rap-Tie™
- Accommodates any wall, cavity or insulation widths, including large cavity sizes up to 16”
- All FERO ties significantly reduce thermal bridging
- Easy installation to studs or structural sheathing
- Restrains components to eliminate disengagement
- Reduces movement and free play
- Reduces deformation caused by load
- Deeper plate allows greater tolerance for optimal alignment
- Installed by one trade
Safety Data Sheets
Design data is reported separately for Canada and the United States in because design methods and requirements for masonry ties and their uses differ between their respective codes and standards. All FERO ties and connectors meet or exceed both sets of standards and regulations including but not limited to the following: CSA Standard A370-14, Connectors for Masonry, ACI 530-99/ASCE 5-99/TMS 402-99 Building Code Requirements for Masonry Structures, ACI 530.1-99/ASCE 6-99/TMS 602-99 Specification for Masonry Structures, International Building Code 2000, Brick Industry Association Technical Notes 28b, 44b, 21a & b, and Uniform Building Code 97.